38results about How to "Save the workshop" patented technology

The present invention relates to beer, and especially active peptide and fruity beer and its preparation process. The active peptide and fruity beer is superior to available peptide beer and fruity beer. The active peptide and fruity beer is prepared with soybean protein peptide powder 0.2-0.5 wt%, sodium carboxymethyl cellulose 0.05-0.15 wt%, fructose syrup 1.5-2.5 wt%, sweetener 0.05-0.15 wt%, citric acid 0.01-0.1 wt%, phosphoric acid 0.005-0.025 wt%, sodium citrate 0.001-0.02 wt%, CO2 0.4-0.65 wt% and water for the rest. The mixed mash is pumped into the CO2 mixing tank while maintaining tank pressure in 0.15-0.6 Mpa. The active peptide and fruity beer is cool, tasty and refreshing, and good for health, and the preparation process is simple and low in resource consumption.

The present invention provides a method for preparing n-phenylglycinonitrile, wherein the method comprises a step of executing condensation reaction for generating n-phenylglycinonitrile when the phenylamine and glycolonitrile are used as raw materials. The invention is characterized in that according to the continuous production method, the raw materials continuously pass through a pipe type preheater, a pipe type mixer, a pipe type reactor and a reaction still for executing condensation reaction for generating the n-phenylglycinonitrile. The method of the invention has the advantages of fewer devices, simple and brief technical route, saved costs of man power, device, raw materials, energy, etc., improved operating environment, extraordinary automatic control realization, excellent guaranteed safety production operability and continuity, equitability and stability of production thereby guaranteeing the stability of product quality, increasing the product purity and yield. The product purity in the invention is above 95.5%, and the product yield is above 99.8%.

The invention provides a comprehensive utilization method of plant ash for a biomass power plant. The method comprises the following steps: extracting sylvite and preparing an adsorbent, wherein plant ash generated by combustion in a power plant is extracted with deionized water, and soluble sylvite in the plant ash is dissolved, and the sylvite is obtained by distilling and crystallizing the sylvite solution after solid and liquid are separated; activating the plant ash slag which is subjected to sylvite extraction with alkaline, is washed with acid or deionized water until the mixture is neutral, and is baked, grinded, screened and granulated to obtain the adsorbent. According to the method, the plant ash generated in combustion in the biomass power plant can be sufficiently utilized, waste is changed to be profitable, the problem of solid waste generated in the biomass power plant can be effectively solved, environmentally-friendly and economical popularization and operation of the biomass power plant can be facilitated. The method has the advantages of excellent economical, environmental and social benefits, simple process, low cost, and convenience for scale production.

The invention relates to a semi-artificial cultivation method for amanita parvipantherina, belonging to the technical field of large fungus culture. The semi-artificial cultivation method is characterized in that a large number of hyphae which are obtained in a laboratory through solid culture are directly inoculated into an outdoor natural habitat; and the hyphae are grown and developed by adding a growth promotion substance to finally grow fruiting bodies. Mycelia are directly induced to fruit by using natural growth conditions; and the method has the advantages of easiness in operation, original ecology, no pollution, energy saving, capability of saving a factory building and the like, and is a more ideal culture mode at present. The amanita is a special and precious large economic fungus, has high value and a wide application range, has potential application prospect in the fields of developing new specific medicines such as anti-tumor medicines, anti-bacterial and anti-viral medicines, sedatives or narcotic and the like, is difficult to develop and apply due to the problems such as valuable and rare resource, difficulty in artificial domestication and inactivity of chemical synthetic products of toxin up to now, is used as a peptide toxin of a biochemical reagent and is worth over one hundred thousand dollars every gram. The fact that the hyphae are difficultly developed into the fruiting bodies under the culture conditions is a key factor for restricting the artificial culture; and taking the amanita parvipantherina for instance, certain breakthrough is realized aiming at the problem, so that the artificial culture of the parvipantherina becomes possible, and conditions are created for sustainable development and utilization of the resource.

The invention discloses a sectionalized-assembly type fan blade and a manufacturing method thereof. The fan blade comprises a blade body, wherein the blade body is at least divided into two sections which are respectively provided with an abutting surface; and the abutting surfaces between adjacent sectionalized blade bodies are fitted and connected. The invention has the beneficial effects that sectionalized manufacture can be conducted without larger dies, thereby saving workshop cost and manufacturing cost; sectionalized transport and storage can be realized, thereby being more convenient;and each sectionalized-assembly is more convenient and the assembly is firmer, thereby being safe to use.

The invention discloses a blended pulverized coal combustion control device and method. The device organically integrates a pulverized coal preparation system, an injection system, a combustion system and a smoke processing system. A complete set of the device prepares pulverized coal through a ball mill, the injection system adopts a direct parallel-tank injection process, the grain size of the blended pulverized coal entering a combustion furnace is 80-120 mum, and the excess air coefficient is controlled to be 1.05-1.36. The combustion furnace conducts combustion reaction through double hearths, and when combustion reaction is conducted in one hearth, smoke enters another hearth to work in a circulation mode through a pipeline in the furnace. The processing system is arranged for discharged smoke, sulfur obtained by desulfurizing the discharged smoke can be used as a by-product of sulfur ointment to be sold, and secondary pollution is not caused. By means of the device, combustion efficiency of the blended pulverized coal is better than that of other devices and higher than 88%, and the blended pulverized coal combustion control device and method has the advantage of being simple in process, few in devices, less in covered area, short in plants, less in building investment, convenient to measure and the like. The device can also be applied to combustion of other solid fuels.

The application method of MVR heat pump evaporation salt production in multi-effect vacuum salt production technology includes evaporation crystallization process, brine treatment process, steam treatment process, condensed water treatment process, and non-condensable gas treatment process; the steam treatment process will produce The steam is passed into the MVR evaporator and the air preheater; the secondary steam evaporated from each effect is respectively removed from the entrained mist by the demister, and then aggregated into the scrubber, where it is washed by circulating condensed water , into the steam compressor for compression; the secondary steam is compressed in the compressor and then enters each effect heating chamber as a heat source; the application method of the present invention can reduce energy consumption by 40.5%; the project construction period is only 8 months; Less land occupation, less investment in equipment and facilities; investment payback period is only 3.34 years.

The invention discloses a pure polyphenylene sulfide (PPS) fiber high class electrical insulating paper and preparation method of the pure PPS fiber high class electrical insulating paper. PPS superfine fibers are prepared by adopting the method of combining melt spinning and high-temperature high-pressure air flow injection blowing net forming, are cooled by negative pressure cold-air and then agglutinated to form a net, and the fiber net finally forms pure PPS fiber high class electrical insulating paper after being processed in a high-temperature pressurization mode in a certain time. A technological process is short, no pollutant is generated in a productive process, energy consumption is low, prepared insulating paper has good insulativity, is high in temperature resistance grade, and has good fire resistance, chemical properties and mechanical properties.

A power island layout structure of a combined cycle power plant with a one-to-one multi-shaft gas turbine extraction-condensation back-pressure unit includes: two gas turbines are arranged in an outdoor open air, two waste heat boilers are arranged in a mirror-symmetrical arrangement, and a steam turbine is arranged in a steam engine room Indoor and the center line of the steam turbine and the center line of the gas turbine are kept parallel; the steam turbine room adopts a combined workshop with unequal column spacing, and the column spacing of the workshop at the side of the back pressure unit is 5 meters, 8 meters, and 5 meters; They are 3.9 meters and 7.9 meters respectively; the maintenance span is cancelled, the back pressure unit and the condensation extraction unit are respectively set with independent manholes of 4.91 × 9 meters and 6.15 × 9 meters, correspondingly equipped with two 32t / 5t and 75t / 20t vehicles. The lower chord elevation of the powerhouse is 22.73m; the PC and MCC of the main powerhouse are arranged on the 0m floor and the middle floor respectively, and the generator outlet is set on the 3.9m floor. electrical room.

The invention relates to a virus split deactivation method for a human influenza virus split vaccine, and belongs to the field of biological pharmacy. A method of firstly purifying and cracking H1N1 type, H3N2 type or B type monovalent influenza totivirus after gradient density centrifugal purification and then deactivating is adopted, so that the virus cracking effect can be improved, the deactivation time can be shortened, the deactivation efficiency can be increased, the using amount of a deactivator can be obviously reduced, deactivation operation steps can be simplified, the contamination risk can be reduced, factory buildings, facilities and energy consumption required for deactivation can be reduced, and the uniformity and the stability of deactivation can be increased.